Pipe Laser Cutting
CipherFab offers a high-quality pipe laser cutting service for metal pipe and tube stock — producing precision holes, slots, channels, mitre cuts, saddle cuts, and bevelled weld-prep joints directly from 3D CAD data.
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Pipe Laser Cutting Service
CipherFab offers a high-quality pipe laser cutting service for metal pipe and tube stock — producing precision holes, slots, channels, mitre cuts, saddle cuts, and bevelled weld-prep joints directly from 3D CAD data. Our fibre and CO₂ laser pipe cutting machines rotate the pipe stock in a controllable lathe as the laser cuts, enabling through-features on all sides of the pipe profile without re-fixturing. Wall thicknesses up to ⅝″ are supported using water-assisted cutting (WAC) alongside the laser. CipherFab provides instant quotes on pipe laser cutting with DFM feedback on every uploaded file.
Recommended Materials for Pipe Laser Cutting
Materials supported for this capability.
Pipe Laser Cutting
Available for round pipe profiles in the following materials and schedule wall thicknesses.
- A53 Grade B, seamless and ERW
- A106 Grade B, seamless
- A513 mechanical tube
- DOM (Drawn Over Mandrel)
- HREW (Hot Rolled Electric-Welded)
- CREW (Cold Rolled Electric-Welded)
- Stainless Steel 304 / 304L, Schedule 5S–40S
- Stainless Steel 316 / 316L, Schedule 5S–40S
- Stainless Steel 17-4PH
- Aluminium 6061-T6
- Aluminium 6063-T5
- Aluminium 5083
- 4130 Chromoly seamless
- 4140 alloy steel
- Round pipe — Schedule 5S, 10S, 40S, 80S, and standard wall available
Tolerance Standards for Pipe Laser Cutting
General tolerance information for this capability.
Pipe Laser Cutting
| Description | General Tolerance |
|---|---|
| Edge-to-Edge Tolerance | ±0.010″ nominal on the inner face of the pipe |
| Minimum Hole Diameter | Equal to or greater than the pipe wall thickness |
| Holes ≤ 0.100″ Diameter | May deviate from standard tolerance due to pierce proximity |
| Wall Thickness (standard cut) | Up to 3/16″ (4.76 mm) standard |
| Wall Thickness (WAC system) | Up to ⅝″ (15.9 mm) with water-assisted cutting |
| Cut Edge Condition | Normal-to-surface as default; bevel cuts available on request |
| KERF | Thinner than traditional cutting methods; material and parameter dependent |
| Lead-In / Lead-Out | Small bump or different edge condition may be present at lead-in/lead-out |
Design Guide: Pipe Laser Cutting
We have compiled our best tips into this guide to help you understand pipe laser cutting processes, how to prepare your pipe 3D files, minimum hole sizes relative to wall thickness, avoiding features dimensioned from outer pipe edges, weld seam orientation strategy, tab-and-slot joint design for welded assemblies, and how to combine pipe laser cutting with bending for complex multi-feature pipe assemblies.
Advantages of Pipe Laser Cutting
Laser cutting pipe produces complex through-features — holes, slots, mitre cuts, saddle cuts, and bevel weld-prep joints — directly from 3D CAD in a single unattended operation, without secondary drilling, sawing, or manual layout. Tab-and-slot joints cut directly into pipe profiles eliminate secondary drilling and simplify weld assembly — reducing fabrication time, weld distortion, and the need for post-weld machining. For piping systems, structural pipe frames, handrail systems, and fluid routing assemblies — where cut features on multiple pipe faces would otherwise require multiple setups — CipherFab's pipe laser cutting service produces the finished profile in one operation with instant online pricing and DFM feedback on every upload.
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